Design Basis Considerations for the Design of Floating Offshore Wind Turbines

Ove Tobias Gudmestad, Anja Schnepf
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Abstract

The wind farm owner/operator must prepare a Design Basis to facilitate the design of floating offshore wind turbines. The Design Basis is crucial to ensure that the individual elements of the wind farm are designed according to the relevant standards and the actual site conditions. In case of under-design, systematic failures can occur across the wind turbines, which can result in progressive damage to the turbines of the wind farm. This paper focuses on the safety and overall economics, including limiting potential excessive costs of heavy maintenance caused by damage due to under-design. Thus, this paper highlights critical aspects of particular importance to be implemented in the Design Basis document. Meeting all required constraints for developing offshore wind farms in deep water may result in higher costs than initially anticipated. Nonetheless, a realistic cost estimation for all phases of the project, engineering, construction, transport, and installation on site, remains essential for all engineering projects, including those involving renewable energy.
海上浮式风力发电机组设计依据及考虑
风电场所有者/运营商必须准备一份设计基础,以促进浮式海上风力涡轮机的设计。设计基础对于确保风电场的各个要素按照相关标准和现场实际情况进行设计至关重要。在设计不足的情况下,整个风力涡轮机可能发生系统性故障,这可能导致风力发电厂涡轮机的逐步损坏。本文的重点是安全性和整体经济性,包括限制由于设计不足造成的损坏而导致的大量维护的潜在过高成本。因此,本文强调了在设计基础文档中实现的特别重要的关键方面。在深水中开发海上风力发电场,满足所有要求的限制可能会导致比最初预期更高的成本。尽管如此,对项目的所有阶段,包括工程、施工、运输和现场安装,进行现实的成本估算仍然是所有工程项目(包括涉及可再生能源的项目)的必要条件。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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